JAN Qualified Hermetic Solid State Lamps* Technical Data Features * Military Qualified * Listed on MIL-S-19500 QPL Choice of Four Colors Red High Efficiency Red Yellow Green Designed for High- Reliability Applications Hermetically Sealed * Wide Viewing Angle * Low Power Operation IC Compatible Long Life Panel Mount Configuration Description The 1N5765, 1N6092, 1N6093 and 1N6094 solid state LEDs are hermetically sealed in a TO- 46 package with a tinted, dif- fused plastic lens over a glass window. These devices are designed for high reliability applications and provide excel- lent on-off contrast, high axial luminous intensity, and a wide viewing angle. The panel mount versions consist of an LED unit permanently mounted in an anodized aluminum sleeve. The 1N5765 utilizes a GaAsP LED chip with a red diffused lens over a glass window. The 1N6092 has a high efficiency red GaAsP on GaP LED chip with a red diffused lens over a glass window, This device is comparable to the 1N5765 but its efficiency extends to higher currents and it provides greater luminous intensity. The 1N6093 provides a yellow GaAsP on GaP LED chip with a yellow, diffused lens over a glass window. The 1N6094 utilizes a green GaP LED chip with a green, dif- fused lens over a glass window. The plastic lens over glass window system is extremely durable and has exceptional temperature cycling capabilities. HEWLETT PACKARD Uz 1N5765 JAN1IN5765 JANTX1N5765 1N6092 JAN1N6092 JANTX1N6092 1N6093 JAN1N6093 JANTX1N6093 1N6094 JAN1N6094 JANTX1N6094 HERMETIC TO-46 LAMP PANEL MOUNT LAMP ASSEMBLY *Pancl mount versions of all of the above are available per the selection matrix on the next page. 3-194Selection Guide COLOR - PART NUMBER - LAMP AND PANEL MOUNT MATRIX Controlling Standard With JAN JAN Plus MIL-S-19500 Description Product Qualification" TX Testing"?! Document! TABLE A. Hermetic TO-46 Part Number System Standard Red 1N5765 JANIN5765 JANTX1N5765 /467 High Efficiency Red 1N6092 JAN1N6092 JANTX1N6092 /519 Yellow 1N6093 JANIN6093 JANTX1N6093 /520 By Green 1N6094 JAN1N6094 JANTX1N6094 /521 F: Es TABLE B. Panel Mountable Part Number System"! 7 Standard Red HLMP-0904 HLMP-0930 HLMP-0931 None High Efficiency Red | HLMP-0354 HLMP-0380 HLMP-0381 (JANM19500/51901) | (JTXM19500/51902) /519 Yellow HLMP-0454 HLMP-0480 HLMP-0481 (JANM19500/52001) | (JTXM19500/52002) /520 Green HLMP-0554 HLMP-0580 HLMP-0581 (JANM19500/52101) | (JTXM19500/52102) 1521 Notes: 1. Parts are marked with the JAN part number. 2. Parts are marked with the JANTX part number. 3. Panel mountable packaging incorporates the Table A TO-46 part into a pancl mount enclosure. 4. JAN and JANTX parts only. Package Dimensions HLMP-0904, 0354, 0454, 0554 12 70 (500) |. 9a? (373), 1 1321 55204 * 9.86 1.388) | 1.82 | O60} | 12.7 (500) > 17840701 yaa i563) | CATHODE 1 ' 3.38 (133) 3.53 (.139) | CATHODE 1 2.41 (.095) 2.67 (.105) t 56 (.022) 71 (028) 56 (.022) 71 {.028) | | , .. 392.32 UNEF 2A INOTE 4) ' \. CONDUCTIVE CHROMATE \ lhe CONVERSION COATING |, | PART MARKING . alle 64 (025) Q ~ NOMINAL ; fod: { 9.45 1.372} ' f 10.67 (420) NOTES . 1 THE PANELMOUNT SLEEVE 1S BLACK ; ANODIZED ALUMINUM 2. TIN-LEAD FINISH. GOLD PLATED he LEADS AVAILABLE ON REQUEST 3 ONE LOCK WASHER AND ONE HEX NUT IS | 2.26 {0891 10.80 i425) INCLUDED WITH EACH PANEL MOUNT $3 (0211 LAMP | 4 USE OF METRIC ORILL SIZE 8 20 MILLIMETRES OR ENGLISH DRILL SIZE P (0 323 INCH) 1S RECOMMENDED FOR PAQDUCING HOLE IN THE PANEL FOR PANEL MOUNTING 5 ALL DIMENSIONS IN MILLIMETRES {INCHES} 6 PACKAGE WEIGHT INCLUOING LAMP AND PANEL MOUNTIS 12 18 GRAMS NUT AND WASHER IS AN EXTRAODEG 10 GRAM 3-195 1N5765, 1N6092, 1N6093, 1N6094 447 (1781 | ~ 4.83 (190) TINTED PLASTIC 1.12 (004) _ : wo OVER GLASS LENS 631.068) f | a ~N PART a MARKING 457 ( 1801 4 5 72 ( 225) 7 re Y GLASS METAL HERMETIC CAN FS ar i016 goin PLATED 28.6 1.970), 61 (.024) 26.2 (1.630) | 41 1,016) | . 48 {.019) 89 1.036) 114 (045) | 5.08 (.200) 5.59 (220) | 1 t 81 (032) CATHODE 1.07 (042) OUTLINE TO-46 NOTES 1 ALL DIMENSIONS ARE IN MILLIMETRES {INCHES} 2 GOLD PLATED KOVAR LEADS 3 PACKAGE WEIGHT OF LAMP ALONE IS 25 40 GRAMSAbsolute Maximum Ratings at Ty = 25C Red High Eff. Red Yellow Green 1N5765 1N6092 1IN6093 1N6094 Parameter HLMP-0904 HLMP-0854 HLMP.0454 | HLMP-0554 | Units Power Dissipation (derate 100 120 120 120 mW linearly from 50C at 1.6 mW/C) DC Forward Current 50l 352] 35/21 3512] mA Peak Forward Current 1000 60 60 60 mA See Fig. 5 See Fig. 10 See Fig. 15 | See Fig. 20 Operating and Storage -65C to +100C Temperature Range Lead Soldering Temperature 260C for 7 seconds [1.6 mm (0.063 in.) from body] Notes: 1. Derate from 50C at 0.2 mA/C. 2. Derate from 50C at 0.5 mA/C, Electrical/Optical Characteristics at T, = 25C 1N65765/ 1N6092/ 1N6093/ 1N6094/ HLMP-.0904 HLMP.0354 HLMP-0454 HLMP-0554 Test Sym. Description | Min.|Typ.|Max.|Min.| Typ.| Max.| Min. | Typ.| Max.|Min.| Typ.| Max.|Units| Conditions I,, | Axial Luminous 0.5 | 1.0 3.0 | 8.0 3.0 | 8.0 3.0 | 8.0 med | I, = 20 mA Intensity At I, = 25 mA Figs. 3,8, 13, 18 | | 6=0 1,, | Luminous 15 15 15 15 | med | I, = 20 mA Intensity at Atl, =25 mA @= 30 8 = 30 Included Angle Between Half Figures 28,, | Luminous 60 710 70 70 deg | 6,11, 16,21 | Intensity Points! deeak Peak 630 | 655 | 700 | 590 | 635} 695 | 550 | 583] 660 | 525] 565] 600] nm | Measurement Wavelength at Peak 4, | Dominant 640 626 585 570 nm Wavelength? t, | Speed of Response 10 200 200 200 ns Cc Capacitance 200 | 300 35 | 100 35 | 100 35 | 100] pF Vv, = 0; f= 1MHz RA, .y| Thermal 425 425 425 425 Crw Resistance*!*! R@, ,,7| Thermal 550 550 550 550 Ciw Resistance**!*! V, | Forward Voltage 16 | 2.0 2.0 | 3.0 2.0 | 3.0 21) 30) V |[I,=20mA Figures 2, 7, ALL, = 25 mA 12, 17 I, | Reverse Current 1.0 10 10 10] pA |V,=3V BV, | Reverse 4.0 | 5.0 5.0 6.0 5.0 Vv s[T, = 100 pA Breakdown Voltage n, | Luminous 56 140 455 600 Im/W Efficacy!" 3-196Notes: 1. 6,,, is the off-axis angle at which the luminous intensity is half the axial luminous intensity. 2. The dominant wavelength, A,, is derived from the CIE chromaticity diagram and represents the single wavelength which defines the color of the device. 3. Junction to Cathode Lead with 3.18 mm (0.125 inch) of leads exposed between base of flange and heat sink. 4. Radiant intensity, I,, in watta/steradian, may be found from the equation I,=I /n,, where I, is the luminous intensity in candelas and n, is the luminous efficacy in lumens/watt. *Panel mount. **T0-46, Be a ng re) r HIGH EFFICIENCY T, 28C GaAsP REO RELATIVE INTENSITY WAVELENGTH nm Figure 1. Relative Intensity vs. Wavelength. Family of Red 1N5765/HLMP-0904 $0 16 a 7* z 3 g 3 t 20 zz Ze r a ze $5 10 c Ye g xe 10 2 ae 2 Q a at 3 2N we 2 22 2k < 6 i 3 E2 z+ | 3 az 2 3 5 2 fl sg 2 2 | "yao 1.50 1.60 7.70 9 Sa toa 150200 280300360 V_~ FORWARD VOLTAGE - VOLTS ly FORWARO CURRENT mA logan ~ PEAK CURRENT ~ mA Figure 2. Forward Current vs. Figure 3. Relative Luminous Figure 4. Relative Efficiency Forward Voltage. Intensity vs. Forward Current. (Luminous Intensity per Unit Current) vs. Peak Current. 3-197w 4 2 ow 0 al 10 a3 - eeke e- waz 3252 * Zane 2 Zoz5 Xy2nd so / aq ? 23 x 8 10 : 2 os , oo Bef 4 70; I 2 : x ao: i , < x 1 = \% 1 |= 1 10 100 1000 10000 gg. ' . _. do tle \ ! 20 30 40 50 60 70 80 90 100 =/2 te PULSEWIDTH us Figure 5. Maximum Tolerable Peak Current vs. Pulse Figure 6. Relative Luminous Intensity vs. Angular Duration. (1,,, MAX as per MAX Ratings). Displacement. * * * Family of High Efficiency Red 1N6092/HLMP-0354 200 168 i 1 zy 17s 4 = a > 14 ant Ee aE o wk 12 eo L2 9 2a me | =x go nt : Zu +00 as : = wi g z5 2N 10 2 32 on eo : 35 ge az 050 | 2% j 3 | 2 8 i < & 026 | i # | 0.60 wh L aoe a 6 A 5 ale 1 2 2 30 3 0 10 20 wD a 50 60 Ve PEAK FORWARD VOLTAGE v 1, FORWARD CURRENT mA beaK - PEAK CURRENT - mA Figure 7. Forward Current ve. Figure 8. Relative Luminous Figure 9. Relative Efficiency Forward Voltage. Intensity ve. Forward Current. (Luminous Intensity per Unit Current) vs. Peak Current. w a < 3 11% ua 30 t oS a . Pzie wok 40 10 zeegu a g - . Zoe$ 80 xy 20 e g<20 ! 15 Peer o 50, go. =z OF : 150 a 70"; , ! x i = x ao i 2 =l2 45 . . | i Bs 10 100 1,000 10,000 ao" . . : i . 0 . \ , FO 10 20 30 40 50 60 70 80 MH 100 te ~ PULSE DURATION -- us ' . 1 Figure 10. Maximum Tolerable Peak Current vs. Pulse Figure 11. Relative Luminous Intensity vs. Angular Duration. (1, MAX as per MAX Ratings). Displacement. 3-198Family of Yellow 1N6093/HLMP-0454 - PEAK FORWARD CURRENT - mA RELATIVE LUMINOUS INTENSITY {NORMALIZED AT 20mA) WEAK RELATIVE EFFICIENCY (NORMALIZED AT 20mA DC) os 0 34 8 tos 2S *) oC Ve. PEAK FORWARD VOLTAGE V ap FORWARD CURRENT - mA logan PEAK CURRENT mA Figure 12. Forward Current vs. Figure 13. Relative Luminous Figure 14. Relative Efficiency Forward Voltage. Intensity vs. Forward Current. (Luminous Intensity per Unit PEAK CURRENT OC CURRENT RATIO OF MAXIMUM TOLERABLE TO MAXIMUM TOLERABLE WeanMAX ipg MAX. 1 0 100 1,000 10,000 tp PULSE DURATION - yb Figure 15. Maximum Tolerable Peak Current vs. Pulse Duration. (1, MAX as per MAX Ratings). Current) vs. Peak Current. Figure 16. Relative Luminous Intensity vs. Angular Displacement. 3-199 UERMETIC aFamily of Green 1N6094/HLMP-0554 TTT 2.00 . ' | I | | 6 ty? ; Vs ' ~R - - Zz po J 180}- bok & 40 pba | Z ; ber : : i rs it i tort t 26 100 | us z uo 23 | S38 5 i 33 Zz 10 } <n . to 23 0.75 ' <3 Jt 28 sol. i 4 ze | 10 4 } tb 2) 1 ! | 2 8 4 i Phd = 07) I | * 1 Ligitiv di 0.00 | i 10 26 ao a4 5 0 w 2a a 3 % Qo a so a Ve PEAK FORWARD VOLTAGE - V 1g ~ FORWARD CURRENT ma ipa ~ PEAK CURRENT - mA Figure 17. Forward Current vs. Figure 18. Relative Luminous Figure 19. Relative Efficiency Forward Voltage. Intensity va. Forward Current. (Luminous Intensity per Unit Current) vs. Peak Current. 3.0 S j t x PEAK CURRENT TO MAXIMUM TOLERABLE OC CURRENT 1.6 14 4 re RATIO OF MAXIMUM TOLERABLE s.2}t4 aw 14 Wea MAX. joc MAX, te PULSE DURATION ~ ys Figure 20. Maximum Tolerable Peak Current ve. Pulse Figure 21. Relative Luminous Intensity vs. Angular Duration. (I,,, MAX as per MAX Ratings). Displacement. 3-200JAN PART: Samples of each lot are subjected to Group A and B tests listed below. Every six months, samples from a single lot of each part type are subjected to Group C testing. All tests are to the conditions and limits specified by the JANTX PART: These devices undergo 100% screening tests as listed below to the conditions and limits specified by the MIL- S-19500 slash sheet specifica- tion. The JANTX lot has also been subjected to Group A, B, and C sample tests as for the The following test tables apply to 1N6092, 1N6093 and 1N6094 devices. Refer to MIL-S-19500/ 467 slash sheet specifications for 1N5765 devices. appropriate MIL-S-19500 slash JAN PART above. sheet specifications. 2, rea Table I. 100% Screening MIL-STD-750 Examination or Test Method Conditions 1. High Temperature Life 1032 T, = +100C, Time = 24 hours 2. Temperature Cycling 1051 Condition A, T (high) = +100C 3. Constant Acceleration 2006 20,000 g's. Y1 Axis 4. Fine Leak 1071 Condition H 5. Gross Leak 1071 Condition K, Test Temperature = +100C 6. Electrical Test Iy, Vp, and Ip, Ta = 25C 7. Burn-In!] 1015 Ip = 35 mA, Ty = 25C, Time = 96 hours 8. Final Electrical Test Same as Step 6 9. Deltas Determinations Aly, = -20%, Vp = +50 mV 10. External Visual!) 2071 Note: 1. MIL-STD-883 Method applies. 3-201Table II. Group A Inspection for TO-46 Lamps MIL-STD-750 Limits Examination or Test | Method Details LTPD | Symbol | Min. | Max.| Unit Subgroup 1 5 Visual and mechanical 2071 inspection Subgroup 2 5 Luminous intensity I, = 20 mA de;9 = 0 I 0.5%) med 3.0) med Luminous intensity I, = 20 mA de;"'6 = 30 ly, 0.32) med 1.58! med Reverse current 4016 | DC method; V, =3 V de I, 1.0 | pAdc Forward current 4011 | DC method; I, = 20 mA! Vv, 3.0 | V de Subgroup 3 10 High temperature: T, = 100C Reverse current 4016 | DC method; V, =3 V de I, 1.0 | pAde Forward voltage 4011 DC method; I, = 20 mA! Ve 3.0 | Vde Low Temperature: T, = -55C Reverse current 4016 | DC method; V, = 3 V de I, 1.0 | pAde Forward voltage 4011 | DC method; I, = 20 mA" V, 3.0 | Vde Subgroup 4 5 Capacitance 4001 V, = 0; f= 1 MHz Cc 100 pF Notes: 1.1, = 25 mA for 1N6094. 2. For 1NB766. 3. For 1N6092, 1N6093, and 1N6094. 3-202Table IH. Group B Inspection MIL-STD-750 Limits Examination or Test | Method Details LTPD | Symbol | Min. | Max.| Unit Subgroup 1 15 Solderability 2026 Resistance to solvents 1022 Subgroup 2 10 Thermal shock 1051 | Test condition A (temperature cycle) T (high) = 100C; 25 cycles Hermetic seal 1071 Test condition H Fine leak Gross Leak Test condition C or K, indicator fluid/device maintained at 100C +5C Electrical test: Luminous intensity I, = 20 mA de," @ = 0 I, 0.511 med 3.011 med Subgroup 3 5 Steady-state-operation 1027 I, = 35 mA de, 340 hours life T, = 25C Electrical test: Luminous intensity I, = 20 mA de, 6 = 0 Ty, {0.45% med 2.71 med Subgroup 4 Decap internal design 2075 | Test 1 device/O failure verification Subgroup 5 (Not applicable) Subgroup 6 7 High temperature life 1032 | T, = 100C, 340 hours (nonoperating) Electrical test: Luminous intensity I, = 20 mA de,"!6 = 0 I, {0.45 med 2.7171 med Notes: 1. For 1N5765. 2. For 1N6092, 1N6093, and 1N6094. 3. 25 mA for 1N6094. 3-203 (o) a4 wo 4 ra io aTable IV. Group C Inspection MIL-STD-750 Limits Examination or Test | Method Details LTPD | Symbol | Min. | Max. | Unit Subgroup 1 15 Physical dimensions 2066 Subgroup 2 10 Thermal shock 1056 Test condition A (glass strain) Terminal strength 2036 | Test condition E Hermetic sea] 1071 Fine leak Test condition H Gross leak Test condition C or K, indicator fluid/device maintained at 100C + 5C Moisture resistance 1021 Omit initial conditioning Electrical test: Luminous intensity I, = 20 mA dc,"! 6 = 0 I, 0.501 med 3.0?) med Subgroup 3 10 Shock 2016 | Nonoperating, 1500 g's, 0.5 ms, 5 blows in X1, Y1, Z1 orientation Vibration, variable 2056 Nonoperating frequency Constant acceleration 2006 | 20,000 g's X1, Y1, Z1 orientation Electrical test: Luminous intensity I, = 20 mA de,"!6 = 0 I, 0.5" med 3.07! med Subgroup 4 15 Salt atmosphere 1041 (corrosion) Subgroup 5 (Not applicable) Subgroup 6 Steady-state- 1027 I, = 35 mA de, 1000 operation life hours, T, = 25C Electrical test: Luminous intensity I, = 20 mA dc," 6 = 0 ly, 0.45%) med 2.77) med 3-204Table V. Group C Inspection (continued) MIL-STD-750 Limits Examination or Test | Method Details LTPD | Symbol | Min. | Max. | Unit Subgroup 7 10 Peak forward pulse t, = 1 Bs, pps = 300, current (transient) total test time = 5s, I, = 1.0 A(pk) Electrical test: ie a ras == rae w aa Luminous intensity I, = 20 mA de, 6 = 0 ly, 0.457) med 2,7) mcd Subgroup 8 10 Peak forward pulse t, = 0.5 ms, current (operating) ry s 120 mW, T, = 25C, I, = 60 mA, 500 hours Electrical test: Luminous intensity I, = 20 mA de,"!6 = 0 ly 0,450 med 2.7!) med Notes: 1. For 1N5765. 2. For 1N6092, 1N6093, and 1N6094. 3.1, = 25 mA for 1N6094. Table VI. Group A Inspection for Panel Mount Lamps MIL-STD-750 Limits Examination or Test | Method Details LTPD | Symbol | Min. | Max.| Unit Subgroup 1 5 External visual 2071 examination Subgroup 2 5 Luminous intensity I, = 20 mA de,*)6 = 0 l, 0.5 med 3.0% med Forward voltage DC method: I, = 20 mA! Vi. 3.0 | Vde Reverse current DC method: V,, = 3 V de I, 1.0 | pA de Subgroup 3 5 Resistance to solvents 1022 | Omit solution 2.1d Subgroup 4 5 Physical dimensions 2066 Notes: 1. For 1N5765. 2. For 1N6092, 1N6093, and 1N6094. 3.1, = 25 mA for 1N6094. 3-205